Top Test Engineer Jobs

Plans and conducts F-15 flight tests, including mission profiles, test plans, flight test cards, readiness reviews, briefings, range coordination, and remote deployments. Executes tests in control-room and flight environments, oversees debriefs, evaluates data, resolves problems, approves test data, publishes reports, and improves standardized test procedures. The role manages concurrent programs and coordinates internal, customer, and government stakeholders.

Develop automated test software and hardware solutions for electronic assemblies in a production environment. Responsibilities include requirements reviews, test planning, design reviews, coding, integration, debugging, troubleshooting, customer sell-off, and technical leadership. The role requires National Instruments TestStand expertise, collaboration across engineering disciplines, production support, and an active DoD Secret clearance.

Executes test plans and procedures to validate aerospace wheel and brake product performance, reliability, and compliance. Collaborates with engineering and product teams to define test requirements, resolve issues, analyze test data, and document results. Supports product development, validation, quality assurance, and continuous improvement while contributing to cross-functional aerospace engineering projects.

Conducts electrical, mechanical, environmental, thermal, safety, and overload testing of EV and energy products. Sets up and modifies laboratory equipment, interprets schematics and test standards, troubleshoots systems, collects data, and prepares technical reports. Leads complex test programs, communicates with customers and engineering teams, maintains and calibrates equipment, trains laboratory staff, and supports process improvements and testing automation while following safety procedures.

Owns and maintains hardware test requirements for electronic control products, investigates failures to the component level, and supports manufacturing operations, customers, and aftermarket teams. Performs circuit diagnostics using laboratory equipment, drives continuous improvement based on test yields and quality metrics, conducts root-cause investigations, and collaborates with design engineering to improve product reliability. The role is hybrid but requires three to four days onsite weekly in Fort Wayne, with light travel under 10%.

Coordinates flight, ground, and cyber test activities for the Mk21A reentry vehicle program. Reviews test plans, policies, standards, and reports; conducts integrated test engineering assessments; identifies and mitigates design, production, and testing deficiencies; and supports government, prime contractor, and subcontractor stakeholders in developing and deploying the weapon system.

Owns validation, reliability, and production testing for robotic electronic components, including PCBAs, wiring harnesses, sensors, and compute modules. Designs HALT/HASS campaigns, test methods, fixtures, automation, and pass/fail criteria; characterizes sensor and compute performance; diagnoses failures to the board, connector, or component level; and transitions validated processes to manufacturing test teams.

Leads reliability strategy and testing for complex electromechanical robotic systems. Establishes MTBF targets, allocates reliability requirements, plans life and environmental testing, and determines sample sizes and confidence levels. Directs root-cause investigations across mechanical, electrical, and firmware domains, manages FRACAS, develops reliability models, and tracks reliability growth. Mentors engineers, collaborates with design, manufacturing, and quality teams, and communicates reliability risks and tradeoffs to leadership.

Lead satellite assembly, integration, and test activities through launch, develop and approve procedures, troubleshoot hardware/software integration, run environmental tests (EMI/C, Dynamics, TVAC), improve manufacturing throughput, monitor performance with statistical tools, and coordinate across programs, manufacturing, facilities, and quality to meet delivery targets.

The Senior Instrumentation Flight Test Engineer leads test planning, system integration, and data analysis to ensure safety and performance of aerospace products.

Leads EMI/EMC design, troubleshooting, laboratory activities, and testing for aerospace and defense navigation products. Coordinates EMI/EMC efforts, mentors hardware engineering teams on best practices, oversees test activities, and collaborates cross-functionally. Requires electronic test and troubleshooting experience, test equipment expertise, and electrical circuit design and schematic capture skills. Preferred experience includes EMI/EMC testing, filtering, and MIL-STD procedures.

Designs and executes compliance, validation, and reliability tests for HPC-AI mechanical and thermal hardware, electronics enclosures, and production tooling. Responsibilities include testing tolerances, form/fit/function, shock and vibration, electromagnetic interference, safety, acoustics, system power, and thermal performance. The role collaborates with internal and outsourced engineering partners to develop reliable, cost-effective hardware solutions and applies mechanical design, CAD, CFD, and analytical problem-solving skills.

Lead validation strategy and architect scalable test frameworks for enterprise SSD firmware (NVMe front-end features). Drive AI/ML solutions for test optimization, own test infrastructure and CI/CD, perform root-cause analysis, mentor engineers, and influence firmware architecture and compliance across simulation, FPGA, and prototype hardware environments.

Owns secure semiconductor manufacturing test and provisioning on Advantest 93K ATE. Responsibilities include test architecture, SmarTest program development, first-silicon bring-up, characterization, HSIO and structural test integration, hardware coordination, silicon and ATE debug, production release, OSAT deployment, yield improvement, and high-volume manufacturing readiness.

Owns ATE test enablement, first-silicon bring-up, characterization, debugging, and production release for complex SoCs on Advantest 93K. Develops SmarTest programs, test methods, patterns, flows, binning strategies, and production content across wafer sort, final test, SLT, OSAT, and HVM. Leads ATE hardware readiness, HSIO validation, correlation, yield debugging, and cross-functional execution with design, DFT, firmware, vendors, contractors, and manufacturing partners.

Designs, builds, and operates test rigs and ground support equipment for ECLSS fluid, chemical, and electrical control systems. Performs hardware assembly, instrumentation, integration, troubleshooting, data collection, and analysis. Develops test procedures, work instructions, schematics, and DAQ setups while supporting flight-hardware acceptance and qualification campaigns. Collaborates with manufacturing, controls, and responsible engineering teams to transition research testing into standardized production processes.

Performs subsystem and system-level integration and testing of advanced RF hardware and software systems. Develops test software, scripts, plans, and procedures; verifies interfaces, algorithms, and requirements; analyzes test data; communicates results; supports technical reviews and field testing. Works with systems, software, and domain engineering teams in SIL and operational environments, contributing to the integration and deployment of defense systems.

Supports the design, analysis, integration, and testing of network, communication, command-and-control, and ground-system capabilities for a defense fixed-wing program. Translates requirements into system, hardware, software, and interface designs; validates systems against operational requirements; resolves hardware-software integration issues through simulation and hardware- and software-in-the-loop testing; and researches technology advances. The role also supports mission-system digital threads and collaborates across disciplines in an agile environment.

Leads aerospace test engineering and lab operations, overseeing test equipment design, procurement, installation, maintenance, readiness, and anomaly resolution. Coordinates resources, schedules, external test facilities, and cross-functional test strategies. Ensures hardware, instrumentation, and documentation support on-time execution, communicates risks and recovery plans, improves workflows and reporting, and mentors technicians and junior engineers.

Designs, develops, integrates, and sustains complex aerospace test consoles for reaction wheels and control moment gyros. Responsibilities include analog and digital circuit design, LabVIEW-based automated test software, hardware and software configuration management, test equipment integration, engineering package release, issue resolution, schedule management, and technician mentoring. The role is fully onsite in Glendale, Arizona and requires up to 5% travel.

Performs hands-on production testing and system-level diagnostics for flight-critical electronic and avionics products. Analyzes fault records, interprets requirements, troubleshoots components using laboratory equipment, and collaborates with engineering, programs, and production teams. Responsibilities include methodical problem solving, test process implementation, regulatory compliance, and coordinating activities. Preferred experience includes reliability engineering, statistical process control, advanced instrumentation, high-reliability electronics, and programming or data analysis tools.

Designs, develops, tests, maintains, and optimizes automated equipment used in aerospace manufacturing and accelerometer testing. Responsibilities include troubleshooting automation systems, updating hardware and software, maintaining databases, documenting processes, creating operator webpages and training materials, and supporting Process Engineering activities. The role requires cross-functional collaboration, technical support, and validation of automation solutions.

Installs, configures, stages, troubleshoots, and decommissions HPC and AI hardware, networking, storage, accelerators, and lab infrastructure. Maintains inventory, asset records, shipments, storage, remote access, system configurations, and audit-ready documentation. Supports lab and data-center operations, monitors safety and infrastructure conditions, coordinates with global engineering teams, and escalates technical issues. Recommends improvements to staging, workflows, automation, documentation, and operational efficiency while following safety, security, quality, and change-control procedures.

Integrates and tests advanced multifunction RF systems across hardware labs, software-in-the-loop environments, and field settings. Develops hardware test sets and test software, executes test plans and procedures, verifies system interfaces against requirements, documents results, and supports technical reviews. Collaborates with domain experts, development teams, and systems engineers to incorporate integration and verification artifacts into digital engineering and MBSE workflows.

Tests, analyzes, evaluates, verifies, and validates complex space and ground systems supporting missile warning, TISR, and environmental monitoring. Plans and executes developmental test and evaluation activities, develops TEMPs, test plans, verification plans, and reports, performs data analysis, and assesses system readiness. The role decomposes requirements, defines test criteria, leads integrated test teams and review boards, supports space-to-ground integration, and collaborates with government, contractors, and test organizations.